深海垂直剖面实时监测系统的设计与实现

为了对深海动力环境进行监测,设计了一种深海垂直剖面实时监测系统。系统利用浮力调节的方法实现测量平台沿系留索升降,在升降的过程中进行海洋剖面参数的测量,同时将测量数据通过感应耦合传输和卫星通信的方式传送给岸站。突破了水下大背压条件下浮力调节技术和海上数据实时通信传输技术,实现了深海动力环境的实时测量。

Design and implementation on the real-time measurement system for deep-sea vertical section

In order to monitor the power and environment of deep sea, a real-time measuring system for deep-sea vertical section is designed, which uses the buoyancy regulation to ascend or fall along the tie-down. In the course of movement, the system measures the section parameter of the sea and transfers the parameter to the shore by the inductive coupling and the satellite communications. The system broke through the buoyancy regulation technique in large back-pressure underwater and the realtime communication technique at the sea, thus realized the real-time measurement of deep-sea power and environment.